Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A table game management system comprising: a gaming table that includes a plurality of betting areas that are adjacent each other and that include, for each of a plurality of player positions, a respective player area and a respective banker area; at least one detector, wherein the at least one detector is configured to: identify, for each of the betting areas respectively, types and numbers of respective gaming chips placed in the respective betting area for placement of a bet in a game; and detect an amount of gaming chips of a dealer; and at least one processor, wherein the at least one processor is configured to: determine a result of the game; calculate a modification amount by which to increase or decrease the chips of the dealer based on ( 1 ) the determined result of the game and ( 2 ) the respective types and numbers of the gaming chips identified respectively for respective ones of the betting areas; calculate a modified amount of the gaming chips of the dealer that should be present after a settlement by increasing or decreasing, by the modification amount, the amount of the gaming chips of the dealer as detected by the at least one detector prior to the settlement; and determine whether there is a difference between the calculated modified amount and an actual amount detected by the at least one detector after the settlement.
Table game management and dealer chip accounting. This invention relates to systems for managing table games, specifically addressing the accurate tracking and accounting of dealer gaming chips during game settlement. The system comprises a gaming table with multiple adjacent betting areas, each designed to accommodate player and banker bets for individual player positions. A key component is a detector system. This detector is configured to identify the types and quantities of gaming chips present within each betting area, enabling the system to understand the wagers placed. Crucially, the detector also measures the current amount of dealer gaming chips. A processor orchestrates the game management. It determines the outcome of the game. Based on this game result and the identified chip types and numbers in the betting areas, the processor calculates a modification amount. This modification amount dictates how the dealer's chip count should change. The processor then calculates a target "modified amount" of dealer chips that should exist after the game settlement, by applying the modification amount to the initially detected dealer chip count. Finally, the processor compares this calculated modified amount with the actual amount of dealer chips detected by the detector *after* the settlement, to identify any discrepancies.
2. The table game management system according to claim 1 , wherein the plurality of betting areas further include side betting areas that are different from the player areas and the banker areas.
A table game management system is designed to enhance traditional card games, such as baccarat, by improving the efficiency and accuracy of game operations. The system includes a table with multiple betting areas, where players place bets on different outcomes. The betting areas are divided into player areas, banker areas, and side betting areas. The side betting areas allow players to place additional wagers on secondary outcomes or special events that differ from the standard player and banker bets. This feature expands the game's appeal by offering more betting options and increasing player engagement. The system may also include sensors or cameras to detect and validate bets, ensuring fair play and reducing human error. By integrating these side betting areas, the system provides a more dynamic and interactive gaming experience while maintaining the integrity of the game. The technology aims to streamline operations, reduce disputes, and attract a broader audience by introducing new betting opportunities.
3. The table game management system according to claim 1 , wherein the betting areas of different ones of the player positions are adjacent each other.
A table game management system is designed to enhance the efficiency and accuracy of casino table games, such as blackjack, poker, or roulette. The system addresses challenges in tracking player bets, managing game flow, and ensuring fair play by automating the detection and processing of wagers. The system includes a table with designated player positions, each equipped with betting areas where players place their chips. A sensing mechanism, such as cameras or sensors, monitors these betting areas to detect and record the value and location of bets in real time. The system processes this data to update game outcomes, track player balances, and prevent errors or fraud. In this specific configuration, the betting areas of adjacent player positions are positioned next to each other, allowing for a compact and efficient table layout. This arrangement optimizes space utilization while ensuring that each player's bets are clearly distinguishable. The system may also include additional features, such as displays to show game information, input devices for dealer interactions, and software to manage game rules and payouts. By automating bet detection and processing, the system reduces manual errors, speeds up gameplay, and improves overall casino operations. The system is particularly useful in high-volume gaming environments where accuracy and speed are critical.
4. The table game management system according to claim 1 , wherein: the gaming table includes, separate from the plurality of betting areas, a tie betting area that includes a plurality of adjacent sub-areas that each corresponds to a respective one of the player positions; and the at least one detector is configured to identify the types and numbers of respective gaming chips additionally respectively for each of the sub-areas of the tie betting area.
A table game management system is designed to enhance the operation and monitoring of casino table games, particularly those involving betting areas and player positions. The system addresses the challenge of accurately tracking bets placed by players, including specialized betting options like tie bets, which are distinct from standard player bets. The gaming table includes multiple betting areas, each associated with a player position, and a separate tie betting area divided into adjacent sub-areas. Each sub-area corresponds to a specific player position, allowing players to place tie bets independently. The system employs at least one detector to identify the types and quantities of gaming chips placed in each sub-area of the tie betting area, ensuring precise tracking of these bets. This configuration enables the system to distinguish between standard bets and tie bets, improving bet management and reducing errors in payout calculations. The detector may use imaging, sensors, or other technologies to analyze chip placement in real-time, providing accurate data for game monitoring and automation. The system supports efficient game administration by automating the detection and recording of bets, enhancing transparency and fairness in gaming operations.
5. The table game management system according to claim 1 , wherein the betting areas are demarcated by lines.
A table game management system is designed to enhance the organization and operation of casino table games, such as roulette, blackjack, or baccarat. The system addresses inefficiencies in traditional table layouts, where betting areas are often poorly defined, leading to confusion, disputes, or errors in wager placement. To solve this, the system includes a table with clearly demarcated betting areas, where the boundaries of these areas are marked by visible lines. These lines ensure that players and dealers can easily identify where bets are placed, reducing ambiguity and improving game flow. The system may also include sensors or cameras to monitor bet placement, ensuring accuracy and fairness. The demarcated lines can be physical, such as raised edges or printed markings, or virtual, projected onto the table surface. This design minimizes misplacement of bets and enhances the overall gaming experience by providing clear visual guidance for players. The system may also integrate with electronic tracking or payment systems to further streamline gameplay. By standardizing betting zones, the system reduces operational errors and disputes, making table games more efficient and reliable.
6. The table game management system according to claim 1 , wherein the plurality of betting areas are arranged such that a plurality of stacks of the gaming chips can be placed in each of the plurality of betting areas.
A table game management system is designed to enhance the organization and efficiency of betting areas in casino table games. The system addresses the challenge of managing multiple betting areas where players place stacks of gaming chips, which can lead to clutter, misplacement, or errors in payouts. The system ensures that each betting area is structured to accommodate multiple stacks of gaming chips, allowing for clear and orderly placement. This arrangement improves visibility for dealers and players, reduces the risk of misplaced bets, and streamlines the payout process. The system may also include features to track and verify the number of chips in each stack, ensuring accurate betting and payout calculations. By optimizing the layout of betting areas, the system enhances the overall gaming experience, reduces operational errors, and increases efficiency in table game management. The system is particularly useful in games like roulette, craps, or baccarat, where multiple betting options are available, and chip stacks must be clearly distinguished. The arrangement of betting areas ensures that each stack is easily identifiable, minimizing confusion and disputes during gameplay.
7. The table game management system according to claim 6 , wherein the at least one detector is configured to perform the identification of the types and numbers while the gaming chips are arranged in the stacks.
A table game management system is designed to monitor and manage gaming activities at casino tables, particularly focusing on the tracking and identification of gaming chips. The system addresses the challenge of accurately detecting and counting chips, especially when they are stacked, to ensure fair play and efficient game operation. The system includes at least one detector that identifies the types and quantities of gaming chips while they are arranged in stacks. This detector is capable of distinguishing between different chip denominations and counting the number of chips in each stack without requiring manual intervention or rearrangement. The system may also include a table surface with embedded sensors or imaging devices that capture data on chip placement, movement, and stacking. Additionally, the system may feature a processor that analyzes the detected data to verify chip counts, detect discrepancies, or assist in game payouts. The detector's ability to function while chips remain stacked enhances operational efficiency by reducing the need for manual chip handling, thereby minimizing errors and improving game integrity. The system may further integrate with other components, such as displays or alert systems, to provide real-time updates to dealers or players. This technology is particularly useful in high-stakes or fast-paced table games where accurate chip tracking is critical.
8. The table game management system according to claim 1 , wherein the at least one detector is configured to perform the identification of the types and numbers using a generated image capturing the gaming chips on the gaming table.
A table game management system is designed to monitor and manage gaming activities at a gaming table, particularly focusing on tracking the types and quantities of gaming chips in play. The system includes at least one detector that identifies the types and numbers of gaming chips on the gaming table by analyzing a generated image of the chips. This image-based detection allows for real-time monitoring of chip distribution, ensuring accurate tracking of bets, payouts, and game progression. The system may also include additional components such as a processor, memory, and communication interfaces to process and store data related to the detected chips. The detector captures images of the gaming table, processes these images to distinguish between different chip denominations and colors, and counts the number of each type present. This automated tracking reduces human error and enhances the efficiency of game management, providing a reliable method for casinos to monitor gameplay and maintain fairness. The system may be integrated with other gaming management tools to provide comprehensive oversight of table operations.
9. The table game management system according to claim 1 , wherein the at least one detector is configured to perform the identification of the types and numbers based on IDs embedded in the gaming chips.
A table game management system monitors and manages gaming activities at a table game, such as poker or blackjack, to ensure fairness, accuracy, and security. The system addresses challenges in tracking game progression, detecting cheating, and automating payouts by using sensors and processors to analyze game elements in real time. The system includes at least one detector that identifies the types and quantities of gaming chips in play. This detector is configured to read unique identifiers (IDs) embedded in the chips, allowing precise tracking of chip values and movements. The system may also include additional detectors for monitoring cards, player actions, or dealer operations, ensuring comprehensive oversight of the game. By integrating these components, the system automates chip counting, verifies game outcomes, and reduces human error or manipulation. The embedded chip IDs enable seamless tracking of chip ownership and movement, enhancing transparency and security in gaming operations. This technology is particularly useful in casinos or regulated gaming environments where accurate and tamper-proof monitoring is critical.
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November 24, 2020
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